KR101254089B1 - Power control system for pavilion - Google Patents

Abstract

The present invention relates to an exhibition hall power supply control system for controlling a power supply device and an operation program in the exhibition hall, including: an interface controller (100); An internal hub (150) mounted to the interface controller (100) for connecting and providing software of an input unit; A TCP / IP protocol processing unit (TCP Protocol) 170 connected to the internal hub unit 150 to process a TCP / IP protocol; A UDP processing unit (UDP) 180 connected to the internal hub unit 150 and performing general computer control commands; A sensor unit (200) configured to detect an electric signal and an operation signal in the exhibition hall and provide the signal to the interface controller 100; Relay connection (Relay) 300 for connecting a device that is connected to the external working; A serial port 400 for exchanging and processing communication signals with the outside; An XML packet unit 500 for supplying software for controlling the interface controller 100 via the internal hub unit 150; It characterized by comprising a.

Description

Exhibition Hall Power Control System {POWER CONTROL SYSTEM FOR PAVILION}

The present invention relates to an exhibition hall power control system for reducing energy generated in an exhibition hall. More specifically, the interface with a personal computer is unified with an XML socket based on TCP / IP, and an integrated remote control and a single operation mode are realized. The present invention relates to a pavilion power control system for reducing and effectively managing pavilion power.

In the conventional general exhibition hall, it is difficult to collect information from a remote control computer by using a PC interface (RS232C) that is vulnerable to multiple control, and there is a problem in that zones cannot be interworked.

In addition, there was a problem that the control is not possible in the remote control software because the interface between the devices (interface) using a contact method.

Also, power on PC power, projector, etc. Because it was configured to control, there was a need to reassemble the finished product after dismantling, and the need for a controller as many as the number of projectors increased the manufacturing cost.

Specifically, the project lamps or monitor backlights and motor-embedded devices, which are heat generating parts, are operated throughout the opening hours regardless of the presence or absence of exhibitors, thus preventing the viewers from supplying only necessary energy in response to the movement and presence of the visitors. Energy waste is extreme.

In addition, it was possible to dimm only incandescent lamps with high energy waste due to the closed equipment configuration that controls only specific equipment.

In addition, the web-based control method, which can only post and poll, was not only impossible to monitor real-time events, but also had a problem in that the essential function of the site was weak.

In addition, due to the use of the ActionScript support board of the development kit, there was no function related to the exhibition hall, and there was a huge time and economic loss due to the need to develop a peripheral device separately.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and an object thereof is to provide a pavilion power control system for unifying an interface with a personal computer to a TCP / IP based XML socket.

Another object of the present invention is to provide a pavilion power control system for reducing and effectively managing a pavilion power by implementing integrated remote control and a single operation mode.

Exhibition center power supply control system according to an embodiment of the present invention, the interface controller (Interface Controller) (100); An internal hub 150 mounted on the interface controller 100 to provide software to the input unit; A TCP / IP protocol processing unit (TCP Protocol) 170 connected to the internal hub unit 150 to process a TCP / IP protocol; A UDP processing unit (UDP) 180 connected to the internal hub unit 150 to perform a computer control command; A sensor unit (200) configured to detect an electric signal and a movable signal in the exhibition hall and provide the signal to the interface controller 100; A relay connection unit 300 that connects an externally operated device to the interface controller 100; A serial port unit 400 connected to the interface controller 100 to exchange and process communication signals with the outside; An XML packet unit 500 for supplying software for controlling the interface controller 100 via the internal hub unit 150; It is provided with.

In this case, the sensor unit 200 and the relay connection unit 300 may be linked to a sensor provided, respectively, and operate to independently perform a relay or PJLink or a serial output.
In addition, the XML packet 500 includes a configuration software socket programming unit 520 and a remote monitoring and control software unit 550. , And a multimedia player socket programming unit (570),
The remote monitoring control software unit (Remote Monitoring & Control S / W) 550 is further provided with a flash action script unit (Flash Action Script) (530) and a C # socket programming unit (C # Socket Programming) (540). It is preferable.

According to the exhibition hall power control system according to an embodiment of the present invention, an interface power control system with a single computer can be integrated into a TCP / IP-based XML socket to provide an exhibition hall power control system capable of integrated management.

In addition, according to an embodiment of the present invention, by implementing the integrated remote control and stand-alone operation mode to obtain the effect of providing a power supply control system for the exhibition hall to reduce and effectively manage the power supply.

1 is a conceptual diagram of a flash program development that is linked to a conventional hardware;
2 is a schematic configuration diagram showing an outline of connecting peripheral devices controlled by an exhibition hall according to the configuration of the present invention;
3 is an overall configuration diagram showing an overall configuration of a pavilion power control system according to an embodiment of the present invention;
4 is a product configuration diagram for explaining the configuration and operation of the interface controller according to an embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings.

(Example)

2 is a schematic configuration diagram showing an outline of connecting peripheral devices controlled by an exhibition hall according to the configuration of the present invention, and FIG. 3 is an overall configuration diagram showing an overall configuration of a exhibition hall power control system according to an embodiment of the present invention. to be.

The pavilion power control system 1000 according to the embodiment of the present invention includes an interface controller 100; An internal hub 150 mounted on the interface controller 100 to provide software to the input unit; A TCP / IP protocol processing unit (TCP Protocol) 170 connected to the internal hub unit 150 to process a TCP / IP protocol; A UDP processing unit (UDP) 180 connected to the internal hub unit 150 to perform a computer control command; A sensor unit (200) configured to detect an electric signal and a movable signal in the exhibition hall and provide the signal to the interface controller 100; A relay connection unit 300 that connects an externally operated device to the interface controller 100; A serial port unit 400 connected to the interface controller 100 to exchange and process communication signals with the outside; An XML packet unit 500 for supplying software for controlling the interface controller 100 via the internal hub unit 150; It is made by preparing.

With reference to the drawings will be described the configuration and operation around the reference numerals.

Reference numeral 100 denotes an interface controller, which is a device for processing a signal of an input unit provided from XML, Http, TCP, and User Datagram Protocol (UDP). In the present invention, the interface controller 100 includes four port hubs, and handles 10/100 based communication. UDP (User Datagram Protocol) is a communication protocol that provides only limited services when messages are exchanged between computers in a network using the Internet Protocol (IP).

Reference numeral 150 denotes an internal hub installed in the interface controller 100 to connect and provide software of an input unit, and provides the interface controller 100 with a signal of an input unit provided from XML, Http, TCP, and UDP. Replace it.

Reference numeral 170 is a TCP / IP protocol processing unit (TCP Protocol) connected to the internal hub unit 150 to process a TCP / IP protocol, and reference numeral 180 is connected to the internal hub unit 150 to provide a general computer control command. It describes the UDP processing unit (UDP) to perform.

Also, reference numeral 200 denotes a sensor unit that detects an electric signal and an operation signal in the exhibition hall and provides the interface controller 100 with the sensor. In the present invention, 8 ports are configured to support push, release ( Detect release and toggle events and handle them. The power used at this time was DC 12 [V], and the sensors are connected to the detachable connector.

In addition, the reference numeral 300 is a relay connection (Relay) for connecting a device that is connected to the external operation, in the present invention operates by installing eight ports.

Next, reference numeral 400 denotes a serial port for exchanging and processing communication signals with the outside, and is designed to simultaneously perform RC232C communication and RS485 communication standards. The communication speed is 38,400bps.

Reference numeral 500 also denotes an XML packet for supplying software for controlling the interface controller 100 via the internal hub 150.

Next, the sensor unit 200 and the relay connection unit 300 may be linked to a sensor provided to operate to perform a relay or a PJLink or a serial output alone. . This ensures that only the components required for operation are powered up to avoid wasting energy due to unnecessary operation.

In addition, the above configuration also achieves the effect of remotely managing power to external equipment.

Next, FIG. 4 illustrates a product configuration diagram for explaining the configuration and operation of an interface controller according to an exemplary embodiment of the present invention.

FIG. 4A illustrates a front panel of the interface controller 100, and FIG. 4B illustrates a rear panel of the interface controller 100.

As shown, the front panel is provided with a front panel LED for displaying the status of the power switch, the LCD display, operation keys, relays and sensors, the hub (HUB) status, and ports for upgrading.

In addition, the rear part is provided with a sensor port including a back LED, a serial port for communication (RS232C, RS485, etc.), and a huff port.

By such a configuration, the interface according to the present invention makes it possible to process the above-described configurations and to easily display the state to the user.

The main functions of the pavilion power control system 1000 according to the present invention configured as described above will be described.

First, batch power control is possible.

Secondly, remote monitoring and control is possible.

Third, the effects of equipment protection, life extension and energy saving are excellent.

Fourth, it implements the function of controlling the exhibition hardware directly in Flash.

Fifth, the serial port control function allows you to exchange data directly with the serial port in flash. The purpose of providing this function is to cope with an increasing number of cases in which serial modeling devices, MPEG players, dimmers, and the like support serial. In other words, when the human body is detected by the motion sensor, flash animation or video is transmitted through the projector, and at the same time, the brightness of the screen is gradually lowered to improve the clarity of the screen, and after the screening is finished, the light is illuminated and the flash returns to the standby mode. Can be set to

In addition, the external interface was strengthened in consideration of the exhibition site. To this end, by adopting a removable connector can be used to remove the port if necessary.

As described above, by adopting the pavilion power control system according to the present invention, not only the waste of power is prevented, but also the overlapping investment caused by the operation of the equipment is realized to enable the integrated exhibition hall management.

100: Interface Controller
150: internal hub
170: TCP protocol
180: UDP processing unit (User Datagram Protocol; UDP)
200: sensor
300: relay connection
400: Serial Port
500: XML Packet
520: Configuration S / W Soket Programming
530: Flash Action Script
540: C # Socket Programming
550: Remote Monitoring & Control S / W
570: Multimedia Player Socket Programming
1000: Exhibition Hall Power Control System

Claims (3)

In the exhibition hall power control system for controlling the power supply and operation program in the exhibition hall,
An interface controller 100;
An internal hub (150) mounted to the interface controller (100) for connecting and providing software of an input unit;
A TCP / IP protocol processing unit (TCP Protocol) 170 connected to the internal hub unit 150 to process a TCP / IP protocol;
A UDP processing unit (UDP) 180 connected to the internal hub unit 150 to perform a computer control command;
A sensor unit (200) configured to detect an electric signal and a movable signal in the exhibition hall and provide the signal to the interface controller 100;
A relay connection unit 300 that connects an externally operated device to the interface controller 100;
A serial port unit 400 connected to the interface controller 100 to exchange and process communication signals with the outside;
An XML packet unit 500 for supplying software for controlling the interface controller 100 via the internal hub unit 150; The pavilion power control system 1000, characterized in that comprises a. According to claim 1, wherein the sensor unit 200 and the relay connection unit (Relay) 300 is linked to each of the sensors provided to operate to perform a stand alone (Stand Alone) relay or PJLink or serial output Characterized in the pavilion power control system (1000). According to claim 1, The XML packet unit (XML Packet) 500, Configuration Software Socket Programming (Configuration S / W Soket Programming) 520, Remote Monitoring & Control Software (Remote Monitoring & Control S / W) 550, and a multimedia player socket programming unit (570),
The remote monitoring control software unit (Remote Monitoring & Control S / W) 550 is further provided with a flash action script unit (Flash Action Script) (530) and a C # socket programming unit (C # Socket Programming) (540). Exhibition hall power control system 1000, characterized in that.

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